Metacluster 108472

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Information

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Number of sequences (UniRef50):

61

Average sequence length:

70±10 aa

Average transmembrane regions:

0

Low complexity (%):

6.77

Coiled coils (%):

0

Disordered domains (%):

34.59

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Pfam dominant architecture:

PF01612

Pfam % dominant architecture:

98

Pfam overlap:

0.31

Pfam overlap type:

shifted

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AlphafoldDB representative:

AF-K0EVK7-F1 (15-80) -   AlphafoldDB

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Downloads

Seeds:

MC108472.fasta

Seeds (0.60 cdhit):

MC108472_cdhit.fasta

MSA:

MC108472_msa.fasta

HMM model:

MC108472.hmm

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Sequences list (filtered 60 P.I.)

Protein	Range	AA
A0A1N4YAI7	4-66	LPILAEPREGVPPVVNTPDSLTHTCRALSNGHGPIAIDTERAHGFRYSPRACLIQLRRDGSGT
K0Z7I2	31-104	GVDKVQLVKAPAEGIPEVVSEYWQIEEVGRALEAGHGPVAFDAERASGFTYSQRAYLVQLRREGAGSFLVDPVR
J9H5R6	8-70	PRNGTPEIASDEAAFENIIDQLSSGQGPIAIDAERASGYRYSQRAYLIQIYRKGGGLHLIDPI
A0A0M4N0P0	17-83	VTTPREGLPPLLSTPAQIADAAATLAAGSGFLALDTERASGFTYSQRAQLIQLRRNGAGSFLIDPTR
A0A1B7LZH6	24-117	LDPVLIDQPIAGIPSVIDTPAQLQHAADKLRSGTGPVAVDTERASGYRYGQRAFLIQLKRDGDTIWLIDSEALDDLEPIQQALTGVEWILHAAI
A0A0G9M9Y4	6-85	KLLAEPREGVPNVIDTLPAFRDYCSELASSHGSLAADAERASGFRYGHEDWLVQFKRDGAGIGLLDPQALAAAGADWNDF
I7L8F2	2-64	PRTLTSPADGRPALRQTPDEFQAAAEALAEGRGPFAIDTERASSFRYDDRVFLLQVRRRGAGT
C7R4I8	6-72	THPTIPVLTHPQDGPADLVNTTVSYQAALRRLDRGHGPFAVDAERASGYRYGDRNYLIQVRREGAGT
C2CPA1	6-77	TQPQDGIPEVLRSPAEFASATAALSRGTGPFAIDTERASSYRFDDRAFLIQIRRAGAGTFLFAPEGKRSELS
A0A094QXI6	9-71	PTPLLAPAQGLPDVINTEELFEKALISLAQGAGPFALDAERASGYKFSARAYLIQIARDGGGL
S3Z0E2	12-81	ECAPLIKKPAGGTPPLVTTVQGILEWCARVKADEDLAIDVERASSYRYSAKAYLVQIKTEAAGILLLDPL
UPI00065FD6BC	1-81	MHVITTPRDGVPRVLSSTPEISAATRTLASGHGPIAIDTERAPAHRYDDRAFLIQLRRHGAGTFLIDPTVEPDAVEDMADV
X8CGV0	10-85	GVQAEPTPLLHPAGGVPSSRCRSARLPRPPSYSPGSRPFAVDAERASGFRYSNRAYLIQIRRAGAGTVLIDPVSHG
D5NUM2	8-70	PEGGIPTVVSTRAGVEDAARILAQGSGPIAIDTERASSFRYDDRAFLIQLRRADTPIFLVAPE
C2GI15	3-61	LTAPRDGKTPLVDNPSQLADCAATLSPGAPIAIDTERASGYTYDDRAYLIQLRQEGIGT
A0A1Q5PJE2	14-78	VKVPTRGVPDPVDTATALKSVSEAVLAEPGPVAVDAERASGFRYGEPTVLVQLKVAGGQTFLLDT
A0A1X6XEH4	10-101	LPLLSAPVDGVPDVIDTAAGLDEAARSLAAGTGSVAVDAERASGYRYGQRAFLVQLRREGAGTILIDPEPFPDLRALDDVLRGTEWVLHAST
A0A0D6GE84	5-70	VTQPSEGLPPLAATSRSIYEAAYQLSQGTGPFAIDTERAGAYRYDDRAYLLQIRREGSGTVLIDPE
A0A1H2AQS1	2-69	TSDDDVRILKEPADGLGEVIVDLPGLRSAITALSGGDGPVAIDAERAHGFRYSQRAYLIQLRRHGAGT
A0A0W1KN36	10-96	LDKPREGLPPVTHDDIDDAVARLAAGTGPFGVDTERANEMHYSSRAYLIQIRREGAGTVLIDPVGIEDRLDGLKKIMNEAWILHAAH
F8DXL4	7-94	PASGIPTVRRTPAELDVALNALREGSGPIAIDTERAAMYRFDDRAYLIQLRREGAGTFIVDPTGHPAKLREWQDALLAETPWLLHAAH
W5Y190	7-70	RPAEGTPALLHTGEEVARAAGALGAGHGPIAIDVERAGAYLFRDEACLIQLRREGAGSFLLDPL
A0A0G3GQ70	13-81	RLDLPRDGLPSVGHTANDFRAAAHRLGAGRGPIALDTERASEFRFDDRAFLVQMRRQDTGTILLSPEHD
S2X0F6	1-68	MKTLTQPAEEPVIVNDEPSWNRMIDKVSEAEGPIAIDVERAQSFRYSDKAYLVQIKKDGAGIFLIDPI
G0HED8	14-73	LASPREGLPPLADTSDAVVDVAEVLATGSGPVAVDTERASGFRFDDRAWLVQLRRAGAGT
A0A1Q5Q537	6-77	LPLLSVPRNGVPDVMTEEAELADYIAKLKRGKGPLAVDTERASGFRYTSDAYLVQVRRECAGTALIDPEFLF
A0A1X6XUT9	6-75	VSDLTAPRDGVVPVVDRIQPLLAWCEAAESAPAEPVAVDAERASSYRYSSRAYLVQLRTEAAGTVLIDPL
A0A094RU52	13-77	VHPLAEVSSVINDATQLEIAIADLAQGTGYLAVDAERASGYKYSQRAYLLQLYRSNSAIHLIDPI
A0A1H1KQG9	18-90	KLIAQPRGGIPAVIDTQHDLERAVRNLKTGTAPVALDVERAQGFRYGSDPYLVQIRREDVGTFLIDTHALPDL